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Energy Metabolism: Photosynthesis (Light Dependent Reaction (Pigment…
Energy Metabolism: Photosynthesis
Energy Carriers
Energized Pigments
Guanosibe Triphosphate
Photosynthesis
ATP
Phosporlation
Reducing Power
CO2
+Electron
Oxidation Compounds
NADH & NADPH
Redox Potential
Reduction Reaction
Force Electrons to atom
Light Dependent Reaction
Short Wave Lenght
Long Wave Length
--Energy
Radar
++ Energy
UV Light
Electromagnetic Radiation Spectrum
Small Segment of Light
Pigment
Absorbes
Rang 350-760nm
Red doesn't absorb
Photosynthetic Pigment
Transfers Absorbed
Accessory Pigment
Absorb what Chlor. a didnt
#
Chlorophyll a
Chloropyll b
Absorbs Mostly Green
#
Absorbs Little Red & Blue
Flourescence
Release Light
#
Action Spectrum
Absorption Spectrum
Graph wave length
Wave length effectiveness
Antenna Complex
300 Chlorophyll, Carotenoids, Protein
Reaction Center
Transfers Energy
Photosynthetic Unit
All Pigment & Carriers= Granule
Photosystem
System 1
-- Chlorophyll b
P700
Absorbs Red
Ferredoxin
Reduces to Fx
Electrons Pass
Ferrredoxin-NADP+ Reductase
Converts NADP to NADPH
System 2
Chlorophyll b = Chlorophyll a
Plastocyanin
#
++Copper
Cytochrome b6/f Complex
++Electrons
Quinone
#
P700
Carrier Q
Reduces to P680
Electron Transport Chain
ATP Synthesis
CF0-CF1
Noncyclic Electron Transport
Yields Extra ATP
Grana
Thylakoid Lumen
Frets
Stroma Reactions
Anabolic Metabolism
Anabolism
Short-term Storgae
ATP & NADPH
3-PGAL
Intermediate-term Storage
Sugars Moving
Long-term Storage
Starch
High Weight Glucose
Too Large to Transport Lipid Concentration
Synthesis of Polysaccarides
Anabolic Gluconeogenesis
3-PGAL
Fructose 1,6- bisphosphate
Fructose-6 Phosphate
Glucose-6-Phosphate
DihydrooxyacetionnPhosphate
Calvin/Benson Cycle
Acceptor Molecule
3-Phosph0glycerate
RUBISO
#
Reduces to 3-PGAL
Light
Quality of Sunlight
Colors/Wavelenght
Quality of Light
Intensity
Light Compensation Point
Appears No Photosynthesis
Duration/Sunlight
Sunlight Hours
C4 Metabolism
Photorespiration
++CO2, --O2
PEP Carboxylase
Crassulacean Acid Metabolism
CAM
#
Oxygenic Photosynthesis
PS2
PS1
NADP+
NADPH
O2= Waste
Cytochromes
Small Protein
Cofactor
Heme
Carriers Electrons Between Close Sites
Photosynthesis
Carbon Atom
CO2 is ++4--Oxidation State
H2O & Light
ATP & NADPH
#
Electrons & Energy Source are Needed
Stroma Reactions/ Dark
Interacting CO2
#
Produce Carbohydrates
Plastocyanin
Carries Protein Electron on Copper